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509361

SGE Syringe Valves

Luer Lock with Luer Tip, volume 50-20000 μL, for use with any Luer lock syringe

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Synonym(s):
SYRINGE PUSH BUTTON VALVE, LL/LT SYRINGE
UNSPSC Code:
41122001
eCl@ss:
32070500

material

stainless steel body

description

push button

packaging

pkg of 1 ea

manufacturer/tradename

SGE 031915

volume

50-20000 μL

compatibility

for use with any Luer lock syringe

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General description

Push-Button with Kel-F male Luer lock termination
Syringe valves are ideal for sample storage and transportation or to pressurize samples prior to injection. SGE offers several types of manually-operated syringe valves: push-pull for smaller volumes (2.5 μL-2.5 mL) and push-button valves (50 μL-2 L). SGE Luer Tip, Luer Lock and removable needle syringes can be fitted with valves. The valve allows fluid to be stored in the syringe without contamination.
Cat. No. 509337 is a push-pull valve with removable 0.63 mm O.D. × 5 cm cone tip needle. This valve will fit removable needle syringes, 25μL-2.5mL.
Cat. No. 509345 is a push-pull with Kel-F male Luer lock termination to fit removable needle syringes, 25μL-2.5mL
Cat. No. 509353 is a push-button with Kel-F male Luer lock termination. This fits 5 mL to 2 liter syringes with removable Luer Lock or removable needle.
Cat. No. 509361 is a Luer Lock valve for any Luer Lock and Luer Tip syringe (50μl to 2 liter).

Application

SGE syringe valves may be used with gas tight syringes, for introduction of samples to the gas sampling and injection system (GASIS) inlet, in an experimental study conducted for the analyses of compound-specific δD and δ13C gas mixtures using gas chromatography-oxidation/reduction-isotope ratio mass spectrometry.

Certificates of Analysis (COA)

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Mark Henning et al.
Rapid communications in mass spectrometry : RCM, 21(14), 2269-2272 (2007-06-20)
Compound-specific deltaD and delta13C analyses of gas mixtures are useful indicators of geochemical and environmental factors. However, the relative concentrations of individual components in gas mixtures (e.g., H2, CO2, methane, ethane, propane, i-butane, n-butane) may vary over several orders of

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